1/20
This elegant heart-shaped solitaire pendant necklace CAD model is designed for modern and timeless jewellery collections. The design features a classic heart-cut center stone held securely with minimal prongs, allowing maximum brilliance and light reflection. The pendant is attached to a delicate chain, creating a balanced and refined look suitable for everyday wear as well as special occasions.
The model is carefully created for jewellery professionals who require clean geometry and precise detailing for manufacturing. The heart stone setting provides a romantic and elegant aesthetic, making this pendant ideal for engagement gifts, anniversary jewellery, or luxury retail collections.
The design structure ensures proper stone support while maintaining a lightweight and delicate appearance. The prongs are positioned to highlight the heart shape of the gemstone while ensuring durability during production.
This CAD model is suitable for casting, prototyping, and high-quality jewellery manufacturing. It can easily be adjusted for different metal types, stone sizes, or production requirements by professional designers and manufacturers.
The file is optimized for jewellery CAD workflows and can be used directly in most jewellery production pipelines including 3D printing and casting preparation.
Included FilesSTL file for production and 3D printing3DM file for editing and modification in Rhino or Matrix
Important PointsClean and precise jewellery CAD geometryHeart-shaped solitaire pendant designSuitable for casting and jewellery manufacturingEditable 3DM file for customization and resizingAccurate prong placement for secure stone settingOptimized model structure for professional workflowsIdeal for engagement, romantic, and luxury jewellery collections
Customer SupportIf you need any modifications such as stone size adjustment, pendant scaling, or additional file formats, feel free to contact me. I provide reliable support to ensure the model works perfectly for your jewellery production needs.
REVIEWS & COMMENTS
accuracy, and usability.
